Complete data is the key to supporting business decisions. However, many hazardous environments are beyond the reach of existing data collection technologies.
Flyability’s Surveying Payload turns the Elios 3 into a flying mobile scanner that can fit through openings as small as 50×50 cm and produce high-resolution scans, allowing industry professionals to quickly provide information unreachable with traditional tools or other UAV technologies.
The high-resolution Ouster OS0-128 Rev 7 LiDAR sensor combined with the world-leading FARO Connect SLAM algorithm create incredibly accurate 3D maps and digital twins of the most inaccessible places with centimeter accuracy – for precise measurements and more information.
New mapping features
- Powered by Ouster REV 7’s latest supercharged L3 chip, the Elios 3 has the ability to capture points farther away and detect more user-friendly optical features. This maximizes the convergence probability of the SLAM algorithm when computing 3D models of cylindrical and symmetric environments such as collectors, chimneys or underground galleries.
Stunning point captures
- Capture rich, detailed highlights of the most complex interiors, operating from a secure location. With Elios 3’s Surveying Payload you can effortlessly create complete visual representations of difficult interiors, enabling accurate mapping and analysis.
Accuracy 1σ: +/- 6mm, Accuracy 2σ: +/- 12mm, Photosensitivity: 10 x
Increased mapping efficiency
- For all applications where centimeter accuracy matters, mobile scanning is far more efficient than traditional methods such as total stations or ground scanners. With a range of 100 meters, a point density of 1,310,720 pts/sec and the ability to cover 300 meters of tunnel (closed loop) in one flight, the Elios 3 Surveying Payload can turn days of mapping into a 10-minute job.
Range: Up to 100 m, Scan rate: 1.3 M pts / sec
Scanning beyond safe access
- With its small form factor, the Elios 3 and Surveying Payload can fit through openings as small as 50×50 cm. It features a stable cage that physically protects the hardware and a combination of flight controller and motor design that allows the drone to regain flight stability after a crash. This allows the drone to navigate the most complex environments to capture high-resolution scans where no other technology can.
